In-Motes EYE: A Real Time Application for Automobiles in Wireless Sensor Networks

Abstract

Wireless sensor networks have been identified as one of the key technologies for the 21 st century. In order to overcome their limitations such as fault tolerance and conservation of energy, we propose a middleware solution, In-Motes. In-Motes stands as a fault tolerant platform for deploying and monitoring applications in real time offers a number of possibilities for the end user giving him in parallel the freedom to experiment with various parameters, in an effort the deployed applications to run in an energy efficient manner inside the network. The proposed scheme is evaluated through the In-Motes EYE application, aiming to test its merits under real time conditions. In-Motes EYE application which is an agent based real time In-Motes application developed for sensing acceleration variations in an environment. The application was tested in a prototype area, road alike, for a period of four months.

Sink-to-Sink Coordination Framework Using RPL: Routing Protocol for Low Power and Lossy Networks

“…WSNs consist of specialized components that have sensing, computational, and communicational capabilities for monitoring distributed locations. Many applications have emerged over the past decade, requiring self-organizing distributed sensor networks for monitoring physical environments [2].…”

A Survey on Real-Time Communications in Wireless Sensor Networks

“…Moreover, environmental monitoring system for air quality was presented in two papers [19,20], respectively. [21] proposed InMotes EYE application based on In-Motes platform to obtain acceleration variations in an environments for automobile. Four different categories of In-Motes agent are the actor of application under layered architecture.…”

Board 60: Work in Progress: A Comprehensive Design & Prototyping Platform for Rapid HW/SW Development Classes

“…In addition, various complex subsystems in a CPS are seamlessly integrated into a real-time simulation environment while maintaining the intuitive and user-friendly operations, including precise design refinement and efficient evaluation. Furthermore, an automobile CPS is one of the most viable applications for benefiting from Internet-of-things (IoTs), which gather various forms of information from numerous types of sensors via wireless communication and process the information on embedded or application-specific processing engines [3]. In lieu of the real-time simulators for the specific applications that performed well, the baseline simulation environment must maintain the important features addressed before.…”